combination of natural micro- flora with industrial ... · combination of natural micro-flora with...

62
COMBINATION OF NATURAL MICRO- FLORA WITH INDUSTRIAL STRAINS IN BIO REFINERIES Adj. Prof. Elias Hakalehto, University of Eastern Finland Adj. Prof. Elias Hakalehto, Beneficial Microbes, 25.8.2015, Valencia, Spain

Upload: buiminh

Post on 05-Apr-2019

213 views

Category:

Documents


0 download

TRANSCRIPT

COMBINATION OF NATURAL MICRO-FLORA WITH INDUSTRIAL STRAINS IN

BIO REFINERIES

Adj Prof Elias Hakalehto University of Eastern Finland

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE INVISIBLE TO THE NAKED EYE

BUT WE NOTICE THEIR INFLUENCE ON US

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES LIVE IN THE INTERFACES OF THE THREE PHASES 1 SOLID 2 LIQUID AND 3 GAS PHASE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE UNIVERSAL

IN NATURE THEY EXIST AS MIXED COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

CONTRARY TO THE ANIMAL SPECIES MICROBIAL STRAINS ARE GLOBALLY DISTRIBUTED THEY LIVE IN COEXISTENCE WITH ANIMAL AND PLANT KINGDOMS AND WITH MAN

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE INVISIBLE TO THE NAKED EYE

BUT WE NOTICE THEIR INFLUENCE ON US

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES LIVE IN THE INTERFACES OF THE THREE PHASES 1 SOLID 2 LIQUID AND 3 GAS PHASE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE UNIVERSAL

IN NATURE THEY EXIST AS MIXED COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

CONTRARY TO THE ANIMAL SPECIES MICROBIAL STRAINS ARE GLOBALLY DISTRIBUTED THEY LIVE IN COEXISTENCE WITH ANIMAL AND PLANT KINGDOMS AND WITH MAN

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES LIVE IN THE INTERFACES OF THE THREE PHASES 1 SOLID 2 LIQUID AND 3 GAS PHASE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE UNIVERSAL

IN NATURE THEY EXIST AS MIXED COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

CONTRARY TO THE ANIMAL SPECIES MICROBIAL STRAINS ARE GLOBALLY DISTRIBUTED THEY LIVE IN COEXISTENCE WITH ANIMAL AND PLANT KINGDOMS AND WITH MAN

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES ARE UNIVERSAL

IN NATURE THEY EXIST AS MIXED COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

CONTRARY TO THE ANIMAL SPECIES MICROBIAL STRAINS ARE GLOBALLY DISTRIBUTED THEY LIVE IN COEXISTENCE WITH ANIMAL AND PLANT KINGDOMS AND WITH MAN

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

CONTRARY TO THE ANIMAL SPECIES MICROBIAL STRAINS ARE GLOBALLY DISTRIBUTED THEY LIVE IN COEXISTENCE WITH ANIMAL AND PLANT KINGDOMS AND WITH MAN

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

IN ORDER TO STUDY THE INTERACTIONS BETWEEN VARIOUS MICROBES WE NEED TOOLS

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

PMEU versions

Syringes in the PMEU (Portable Microbe Enrichment Unit)

PMEU Scentrion reg

PMEU Spectrion reg

PMEU with Automated Sample Collection System

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2013 Interactions of Klebsiella sp With other intestinal flora In Pereira LA amp Santos A (eds) Klebsiella infections Epidemiology pathogenesis and clinical outcomes Nova Science Publishers Inc New York USA

EXHAUST GASES OF ONE MICROBIAL CULTURE EXPLOITED BY THE SUBSEQUENT ONES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

200

400

600

800

1000

1200

1400

1600

0 5 10 15 20 25 30

Rela

tiv

e I

R t

ran

mis

sio

n

Time from the onset of the cultivation (h)

Sample 1

Sample 2

Sample 3

0

02

04

06

08

1

12

0 5 10 15 20 25

Re

lati

ve c

han

ge in

th

e e

lect

ric

char

ges

cau

sed

by

the

gas

em

issi

on

fro

m t

he

cu

ltu

re

Time from the onset of the cultivation (h)

MOS1_Cl

MOS2_Cl

MOS3_Cl

ScCell1_Cl

ScCell2_Cl

MOS1_Cl + La

MOS2_Cl + La

MOS3_Cl + La

ScCell1_Cl + La

ScCell2_Cl + La

Hakalehto E amp Haumlnninen O (2012) Can J Microbiol 58 928-931

CARBON DIOXIDE SPEEDS UP THE BACTERIAL GROWTH

Effect of CO2 from preceding PMEU syringe culture on the onset of clostridial growth

Thin lines = C butyricum alone Thick lines = C butyricum connected from L brevis culture

Gaseous CO2 signal initiates growth of butyric-acid-producing Clostridium butyricum in both pure culture and mixed cultures with Lactobacillus brevis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DUALISTIC BALANCE IN THE SMALL INTESTINES

Esherichia coli alone

Ecoli and Klebsiella sp together

Klebsiella alone

GROWTH LEVELS IN PURE CULTURES (AC) AND IN A MIXED CULTURE (B) Klebsiella and E coli GROW UP TO SAME CONCENTRATION AS EACH OF THEM SEPARATELY TOGETHER THEY KEEP THE PH OF DUODENUM AT 6 WITH SIMULTANEOUS EMISSION OF VOLATILES CO2 AND H2

Hakalehto E Humppi T Paakkanen H 2008 Dualistic acidic and neutral glucose fermentation balance in small intestine Simulation in vitro Pathophysiology 15 211-220

A B C

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

HUMAN GASTROINTESTINAL TRACThellip

hellipIS A BIOREFINERY

Ventricle

Duodenum

Jejunum

Ileum

Cecum

Large intestines

Distal colon

H2

FOOD

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E amp Jaakkola K 2013 Synergistic effect of probiotics and prebiotic flax product on intestinal bacterial balance Poster in 35th ESPEN Congress on Clinical Nutrition and Metabolism September 2013

Leipzig Germany Clinical Nutrition 2013 Vol 32 Supplement 1 S200

The joint effect of a probiotic mixture of Lactobacillus acidophilus Bifidobacterium bifidum and B lactis with prebiotic flax on Escherichia coli growth in the PMEU Note that the logarithmic scale indicates approximately 100-fold restriction of the colibacteria

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Patient no Cardia Antrum Pylorus

1 Enterococcus faecalis (2)a

L salivarius ssp

salivarius (2)

Ls salivarius ssp

salivarius

Str thermophilus

L salivarius ssp salivarius

2 S salivarius (2)

4 Ssanguinis (2) S salivarius

Ssalivarius

E faecalis

5 S salivarius Str salivarius

L salivarius

6

L reuteri Lreuteri

Lcasei 97

7 L reuteri (3)

L reuteri Ssalivarius

8 Strsanguinis Lactobacillus

reuteri (2)

9 Lactococcus lactis ssp

lactis (2) S thermophilus

10 S sanguinis S sanguinis S sanguinis

11 Ssalivarius (2) Str salivarius (2) L reuteri (3)

12 S salivarius Strsalivarius (3) Ssalivarius

L reuteri (2)

13 S salivarius (2) S salivarius

Identified LAB (lactic acid bacteria) species enriched from the biopsies obtained from different gastric sites and cultivated with PMEU

Hakalehto E Vilpponen-Salmela T Kinnunen K von Wright A Lactic Acid bacteria enriched from human gastric biopsies ISRN Gastroenterol 2011

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Figure 4 (a) Growth of Staphylococcus aureus strain in the TYG medium without peptide additions (b) growth of Staphylococcus aureus strain in the presence of 001 mgmL of M3 sample (c) growth of Staphylococcus aureus strain in the presence of 003 mgmL of M3 sample

Samgina T Yu et al 2012 Journal of Proteome Research American Chemical Society

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Study method PMEU Scentrionreg

Hybrid analyzer designed by Adj Prof Elias Hakalehto (Finnoflag Oy Finland) and Dr Heikki Paakkanen (Environics Oy Finland)

16

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

17 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

b)

d)

The influence on growth of Enterobacter cloacae in the PMEU Spectrionreg in TYG medium in presence of different antibiotics a- E cloacae in TYG medium (control) b ndash with penicillin G c ndash with cefuroxime d ndash with netilmicin

a)

c)

18

Hakalehto E 2011 Antibiotic resistance traits of facultative Enterobacter cloacae strain studied with the PMEU (Portable Microbe Enrichment Unit) In Antonio Meacutendez-Vilas (ed) Science against microbial pathogens communicating current research and technological advances Formatex Research Center Badajoz Spain Microbiology Series No3 Vol 2 pp786-796

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

19

Fast detection of Mycobacterium sp

Hakalehto E Pathophysiology 2013

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

20 Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBES CIRCULATE DIFFERENT ELEMENTS 1 CARBON 2 NITROGEN 3 PHOSPHORUS 4 SULPHUR ETC

FOR A SUSTAINABLE FUTURE WE NEED TO UTILIZE THEIR POTENTIAL TO MAINTAIN THE BALANCES

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SOIL MICROBIOTA

VEGETATION FOREST ECOSYSTEM

SEDIMENT BACTERIA

PLANKTONIC MICROBES

SWAMPS

ANAEROBIC BACTERIA

PHOTOSYNTHESIS

CO2

CH4

Microbial carbon circulation in the Finnish Nature Micro-organisms liberate carbon into the air mostly as CO2 in respiration and fermentation and CH4 in symbiotic fermentation (by acid producing eubacteria and methane producing archae) Any anthropogenic impact on any of the parts of these sequences will eventually effect all the parts and consequently shake the balance

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The Sulphur Cycle

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

MICROBIAL GAS EMISSIONS REGULATE THEIR COMMUNITIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Shortening of the onset of Clostridium acetobutylicum strain ATCC 185 growth by carbon dioxide in the PMEU Spectrionreg cultures 4 Then a constant nitrogen (100) flow was in some cases interrupted with pulses of 45 CO2 with 15-30 min duration near the beginning of the cultivation The triggering CO2 impulses produced bacterial growth

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SUSTAINABLE BIOECONOMICS BIOTECHNOLOGY IN THE PRODUCTION OF

ENERGY AND CHEMICALS

- Acetone-butanol-fermentation Clostridium acetobutylicum - Products acetone butanol ethanol hydrogen - Butanol is important raw material for chemical industry and a potential liquid fuel - Tested during ABOWE

Source wwwbutanolcom

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

UNIVERSITY COLLEGE LONDON BIOENGINEERING PILOT PLANT - Prof Jack Drummond vitamins 1930

-studies on antibiotic and enzyme fermentation started about 50 years ago eg by Prof Malcolm D Lilly and Prof Peter Dunnill

- development of bioreactors

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

EU Baltic Sea Region Projects REMOWE

Regional Mobilizing of Sustainable Waste-to-Energy Production 2009-2012 ABOWE

Implementing Advanced Concepts for Biological Utilization of Waste 2012-2014 Participating countries

Estonia Finland Germany Lithuania Poland Sweden

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Klebsiella sp Escherichia coli Clostridium sp and lactobacilli were studied with different natural microbes as the production organisms

The same cycles that prevail in the environment circulate the substances in the bioreactors

ABOWE MICROBES

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

We can monitor the microbes and their production of bull biofuels bull chemicals (bulk platform and speciality

chemicals) bull organic fertilizers

by measuring their gas emissions

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE bioreactor (patented)

upper gassing level

lower gassing level

volatile measurement

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The ABOWE Pilot A interior

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Testing site ZGO Gac Ltd

(Zaklad Gospodarowania Odpadami Sp z oo)

Primary waste to feed in potato waste from a chip factory near Gac

Target product is 23 Butanediol -gt plastics synthetic rubber anti-icing agents cosmetics textileshellip

Also separately collected biowaste has been added to the process

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

10 000

0

5

10

15

20

25

30

12

30

14

00

15

30

17

00

18

30

20

00

21

30

23

00

03

0

20

0

33

0

ppm

time h

Run P9 gaseous products

CH4 () CO2 () O2 () H2S (ppm) H2 (ppm)

Biohydrogen production (ppm) and other gases liberated () in ABOWE Pilot A from potato industry waste mixed with sorted restaurant biowastes This pattern of gas formation was measured from a mixed culture of natural microbes and Klebsiella mobilis (HAMBI 1271) Graph by Prof Emilia den Boer Wroclaw University of Technology Poland Hydrogen in red and oxygen in turquoise color

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ABOWE Poland liquid products during run 13P (A) and their generation of glucose in different runs (gkg ) (B)

0

1 000

2 000

3 000

4 000

5 000

6 000

7 000

8 000

9 000

90

0

12

00

14

00

16

00

18

00

20

00

22

00

00

0

20

0

40

0

60

0

80

0

10

00

13

00

15

00

17

00

19

00

21

00

23

00

10

0

30

0

50

0

70

0

90

0

11

00

13

00

15

00

mgdm3

time h

Run P13 liquid products

ethanol acetic acid butyric acid propionic acid 23-butanediol

INDUSTRIAL LEVEL

A

B

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

ZGO Gac Ltd waste management centre Lower Silesia

SITE

Potato industry waste municipal source-sorted biowaste

BIOMASS

Initial conversion to lactate acetate H2S

PROBLEM

Optimization of the fermentation conditions

SOLUTION

23 butanediol butyrate propionate valerate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby organic chicken farm from Enkoumlping Sweden Slaughter waste and chicken manure as raw material (dowm)

Joakim Jansson and Elias Hakalehto

peeling apples for sugar source for the

test run

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Biogas yield of the different substrates used in the biorefinery pilot runs in Sweden and the residuesdigestate after the first pilot run The y-axis shows the yield in liter biogas per grams of volatile solids (ABOWE Swedish Test Report 2014-2015)

BIOGAS PRODUCTION FROM DIFFERENT SUBSTRATES

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hagby farm (slaughterhouse) Enkoumlping

SITE

Slaughterhouse waste chicken manure saw dust

BIOMASS

Inefficient hydrolysis low soluble carbohydrate

PROBLEM

Conversion to organic acids SOLUTION

Propionate valerate butyrate butanol hydrogen ammonium salts

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

The pioneer of biotechnological NMR studies Prof Reino Laatikainen School of Pharmacy University of Eastern Finland Kuopio Finland He has developed remarkable skills and software for interpreting the NMR graphs

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FINNISH LAKE SHORE IN THE MIDDLE OF WINTER (-10 C) BENEATH THE SURFACE MICROBES keep the mud unfrozen by their metabolism (left)

Hakalehto E 2015 Bacteriological indications of human activities in the ecosystems In Armon R amp Haumlnninen O (eds) Environmental indicators Springer Dortdrecht Germany

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

0259

0046

0009

acetate

propionate

ethanol

128759

51327

11105

acetate

propionate

ethanol

Proportions of acetate propionate and ethanol in the natural mud sludge (above) and in the industrial waste treatment process of a slaughterhouse (below) Microbial metabolic activities in the latter one produce higher relative amounts of the latter two molecules However proportions to each other remained unchanged Even in the Finnish winter conditions anaerobic metabolism in the mud was high enough to keep it unfrozen under the thick snow belt (approximately 70cm) The mud sludge was slightly basic which also indicated the role of microbiological phenomena in keeping it unfrozen

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

EQUAL PROPORTION OF ORGANICS IN WINTER LAKE MUD AND SLAUGHTERHOUSE WASTE

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Conversion of Lactate into Other Organic Acid in

Slaughterhouse Waste Treatment

Propionibacterium acidipropionici

is accepted as safe production

organism by EFSAn (European

Food Safety Association) It is

used for conserving wheat or

chicken meat for example

httpwwwjournalofdairyscienceorg

articleS0022-0302(98)75663-

2abstract

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Microbial Food Hygiene Nova Science Publishers Inc New York USA In print

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

SLAUGHTERHOUSE

WASTE A SLAUGHTERHOUSE

WASTE B

SUPPLEMENT A SUPPLEMENT B

1 000 euro 500 euro

I ENZYMATIC HYDROLYSIS

I ENZYMATIC HYDROLYSIS

III THERMAL HYDROLYSIS

III THERMAL HYDROLYSIS

BIOREACTION A

BIOREACTION B

BIOREACTION C

INOCULUM

II

INOCULUM

IV

INOCULUM

V

SEPARATION PRODUCT 2

500 euro

PRODUCT 3

PRODUCT 4

1 500 euro PRODUCT 5

500 euro

COMPOST

BIOGAS

FRACTIONING

PRODUCT 1

10 000-12 000 euro

PATENTED

ANIMAL WASTE PROJECT

Euros on daily basis

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Pharm Dev Technol 2013 Mar 26 [Epub ahead of print]

Why is mannitol becoming more and more popular as a pharmaceutical excipient in solid

dosage forms

Ohrem HL Schornick E Kalivoda A Ognibene R

Source

Merck KGaA Darmstadt Germany

Abstract

Abstract Various fillersbinders which are applied for the formulation of solid oral dosage forms are

assessed for their benefits and drawbacks including lactose sorbitol mannitol microcrystalline

cellulose and calcium hydrogen phosphate dihydrate A focus of this work was to evaluate the

application of mannitol in comparison to other common fillersbinders as it was observed that this

excipient is gaining more and more attention in pharmaceutical formulation development and

production While one of the main advantages of conventional fillersbinders such as lactose

microcrystalline cellulose and calcium hydrogen phosphate dihydrate is their low price level mannitol

excels regarding its physicochemical characteristics such as a low hygroscopicity a strong inertness

towards both the API and the patients body its good compactibility and the ability to produce extremely

robust tablets Additionally the suitability of mannitol for the emerging formulation technology of orally

disintegrating tablets is pointed out In summary it is emphasized that the selection of the fillerbinder is

highly individual depending for example on the preferred characteristics of the final solid dosage form

the applied API and the available budget However mannitol exhibits many strong advantages which

can be expected to result in a more widespread application in the near future

PMID 23528124

[PubMed - as supplied by publisher]

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E 2015 Enhanced microbial process in the sustainable fuel production In Boehm RF Yang H Yan J (Eds) 2015 Handbook of clean energy systems John Wiley amp Sons Inc Chichester West Sussex UK

SAVON SELLU WASTE WATER TREATMENT PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES AS A BASIS FOR CIRCULATION ECONOMY

INTAKE

HYDROLYSIS

BIO-PROCESS

RECOVERY

BIOREFINERY

SPECIAL CHEMICALS

ALIPHATIC COMPOUNDS

SUGAR ALCOHOLS

ALCOHOLS

ORGANIC ACIDS

ORGANIC MIXED WASTE

INDUSTRIAL BIO WASTE

REFINERY SLUDGE

ORGANIC FERTILIZERS COMPOSTING

FUELS FOR MOTORS BIOGASES

(METHANE HYDROGEN HYTANE)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER CELLULOSE PAPER COMBUSTION

WOOD WASTE

CO2

PAST IN PAPER AND PULP PRODUCTION

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

FATE OF CARBON IN INDUSTRIAL SYSTEMS

WASTE WATER

SLUDGE

WASTE PAPER

CELLULOSE PAPER COMBUSTION

WOOD WASTE CO2

FUTURE IN FOREST BIOREFINERIES

SIDE STREAM CHEMICALS

ENERGY FUEL BIOCHEMICALS H2 CH4

ORGANIC FERTILIZERS

BIOPROCESSES

TO ASSIMILATION

RECYCLED WATER

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Hakalehto E International Conference of Environmental Indicators Windsor Canada 3-582015

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Full cell vehicle F-Cell -car which is based on model B Production 200 cars (source Mercedes-Benz)

H2

SAVON SELLU WASTE WATER TREATMENT PLANTrsquoS NATURAL H2 (HYDROGEN) PRODUCTIONDAY BY MICROBES CORRESPONDING TO 10 000 -20 000 KM WITH A FCV (Fuel Cell Vehicle)

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

wwwaboweeu

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Savon Sellu fluting factory Kuopio

SITE

Cellulosic waste BIOMASS

Too high H2S production PROBLEM

Nutrient bed with seed bacteria SOLUTION

23 butanediol ethanol butanol butyratepropionate hydrogen

PRODUCTS

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

DESIGN OF A NOVEL HYDROGEN PLANT

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

1 1 2

4 3

Biowaste treatment in the city of Helsinki

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Microbiological bioprocess can lower the environmental burden of the combustion of brown coal and other fossilic fuels

Fig National Geographic

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

BIOREFINERIES are production units based on sustainable principles Sustainability refers to human activities integrated with the balances in the Nature as well as with the circulation of substances In the biorefineries the rdquoworkersrdquo are the microbes and their enzymes Industry Like Naturereg

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain

Thank You

Adj Prof Elias Hakalehto Beneficial Microbes 2582015 Valencia Spain